Daimon Robotics ads

Introducing DM-Tac FM Fingertip Sensors by Daimon Robotics — the world’s first millimeter-thickness, vision-based tactile sensor designed for mass production! 🌟 By shrinking sensor thickness from centimeters to just a few millimeters, it seamlessly deploys in spaces as small as a human fingertip to unlock true dexterous manipulation. 🤖 Key Features: ✅ Ultra-Compact & Large Sensing Area: Covers the finger pad, side, and tip. ✅ High Resolution: Tens of thousands of sensing units per square centimeter. ✅ Rich Modalities: Captures 3D force distribution and 6-axis resultant force. ✅ Stable Signal: Real-time feedback, unaffected by EMI, temperature, or humidity. 🔗 Follow Us for more updates for our tactile intelligence solutions 🔔

Daimon Robotics and top global institutions have co-released Daimon-Infinity — the world’s largest multimodal Embodied AI dataset featuring high-resolution tactile perception. 📈 Massive Roadmap: Scaling up to millions of hours and nearly 1 billion entries. 🔓 Available Now: The first 10,000 hours are already open-sourced for the community. 📊Full-Modal Data: Integrates 3D force tactile feedback, RGB/RGBD video, and text-annotated trajectories. 👉 Follow Us for more updates for our data solutions.

Pure vision leaves robots blind to friction and force. To master dexterous manipulation, robots must feel the physical world. 👁️ Daimon's vision-based tactile sensors brings human-like touch to physical AI with industry-leading specs: 🧠 Full-Modal Perception: Tracks contact shape, 3D deformation, 3D force distribution, and 6-axis resultant force. ⚡ Ultra-High Resolution: 110,000+ sensing points capturing rapid tactile changes at a blazing 120 Hz. 🛡️Industrial-Grade Ruggedness: IP67 waterproof & dustproof, built to endure 5M+ presses and 200K abrasion cycles. 💻 Universal Compatibility: Multi-platform support across CPU, GPU, and edge computing boards with an intuitive real-time UI. From AI research to harsh factory floors, upgrade your robot’s perception today. 🔔 Follow Us for more industrial insights!

❓What does the robotics industry think about Daimon Robotics and the role of tactile sensing? At #IROS2026, we took our Tactile Q&A series to the show floor, asking visitors to share their perspectives on Daimon Robotics, tactile sensing, and the future of Physical AI. From first impressions to the role of touch in helping robots better understand the physical world, hear what the robotics community had to say. 🎬 Watch the video and hear their perspectives. 👇 #DaimonRobotics #IROS2026 #TactileQA #IROS2026 #TactileSensing #PhysicalAI #Robotics #TactileIntelligence #PhysicalAI #EmbodiedAI

At #IROS2026, Daimon Robotics showcased a Friendship Bracelet Stringing demo that highlights the challenge of precise manipulation with soft, flexible objects. 🧵 Millimeter-scale manipulation From picking up tiny beads and aligning the string to threading it through the bead hole and completing the magnetic clasp. 👆 Tactile feedback makes the difference The robot quickly senses whether the string is aligned, blocked, slipping, or successfully inserted — states that are difficult to distinguish through vision alone. 🤖 Real-time correction with #Daimon-#TWM The robot continuously fine-tunes its movements based on contact states, correcting insertion errors and reducing the risk of jamming, slipping, or dropping. From threading a tiny string through a bead to handling more complex flexible-object tasks, tactile feedback enables robots to sense contact, adapt their actions, and achieve more precise manipulation. #DaimonRobotics #IROS2026 #ManipulationDemo #Robotics #EmbodiedAI #PhysicalAI #TactileIntelligence #TactileSensing

🤖 IROS 2026 is coming to a close! Couldn’t make it to Pittsburgh in person? Take a virtual tour of the Daimon Robotics booth 🎥 From tactile sensing to physical interaction data and world models, get a quick look at our full-stack product portfolio — all in one video. 🎉 ✨ Catch the highlights from our booth at IROS 2026, all in one place. #IROS2026 #DaimonRobotics #PhysicalAI #Robotics #TactileIntelligence #EmbodiedAI #TactileSensing